Global energy consultancy Xodus has released a detailed guide outlining the workforce requirements for the ambitious Marinus Link project, a major interconnector set to revolutionise Australia’s energy landscape.
The Marinus Link, a proposed undersea and underground electricity and data interconnector, aims to connect North West Tasmania with Victoria, facilitating the flow of low-cost renewable energy in both directions.
Currently, in its design and approvals phase, construction is slated to begin in 2026, with the project expected to generate up to 3,300 direct and indirect jobs.
Economic projections from Ernst & Young (EY) suggest that the Marinus Link will inject approximately $3.9 billion in economic stimulus into Tasmania and Victoria.
The project, jointly owned by the federal government (49 per cent), Tasmanian state government (17.7 per cent), and Victorian state government (33.3 per cent), is poised to significantly impact Australia’s energy sector.
Xodus’s comprehensive guide, commissioned by Marinus Link, maps out the construction and operations workforce opportunities, providing a sector-by-sector breakdown of anticipated needs.
The manual offers indicative position descriptions for both onshore and offshore roles, including qualifications and training requirements, serving as a valuable resource for local residents and the wider Australian community interested in project-related employment.
Lara Taylor, Lead Renewables Consultant at Xodus, emphasised the guide’s importance, stating: “This guide builds on Xodus’ extensive experience with workforce development strategies for complex energy projects, providing tangible examples of the typical roles that will be available to the local workforce.”
Taylor also highlighted the guide’s focus on specialist roles in offshore vessels, onshore transmission, and horizontal directional drilling (HDD).
The Marinus Link project is expected to play a crucial role in addressing energy challenges on Australia’s East Coast, a region that has grappled with electricity shortages, blackout threats, and price hikes in recent years.
By unlocking renewable resources and enabling power flow, the project aims to stabilise the region’s energy supply, benefiting both businesses and consumers.
Upon completion, the Marinus Link will allow Tasmania to import low-cost renewable power, such as surplus solar while reserving and storing hydropower.
This stored green hydropower can then be exported to the mainland grid as needed, effectively positioning Tasmania as a large battery for the nation, enhancing grid stability, and potentially lowering electricity prices.
The jobs guide provides a comprehensive overview of available roles, their locations, and project phases, making it a valuable resource for universities, schools, and training providers in Tasmania, Victoria, and across Australia.
This initiative represents a significant step towards preparing the local workforce for the opportunities presented by this transformative energy project.
